Optimal Load Flow Analysis for Distributed Generation in Radial Distribution Systems Using Modified Newton Raphson Method

The economic status of the country depends upon the power consumption, if the power consumption is more and then there is a chance of over loading in the transmission lines, which may result in more losses. According to one hypothesis. the voltage profile of a radial distribution system with distributed generation (DG) can be enhanced by adding more effective control mechanisms for both actual and reactive power. Because it imnroves system stability and successtully reduce power dissipation in radial distribution networks, distributed production systems outperform traditional approaches for limiting power loss. In order to undertake a comprehensive examination of load flow, the current study used a real-time distribution system in India comprised of 25 buses. The location of distribution generation also identified with trial and error method. The Wind Turbine Generator System (WTGS) is located in different buses to improve the voltage profile. The detailed analysis is carried out with the E-TAP system.